GPA: 3.54/4.00. Courses: Operating Systems, Computer Architecture, Digital System Design & Synthesis, Microprocessor Systems, Artificial Neural Networks, Applied Communications Systems, Client Focused Hardware Prototyping Capstone.

Focus: Electromagnetics, Machine Learning & Signal Processing

• Developed a secure, on-device AI system in Docker for local data processing.
• Automated data search task saving 13.87 minutes per hour of work.
• Informed system design by interfacing with test benches and internal requirement documents.

• Launched an on-campus iPhone repair service tailored to college students, offering fast, walkable convenience.
• Completed 36+ repairs with a 100% 5-star review rate (28/28) and an average repair time of 29 minutes.
• Attracted 7,000+ views from 1,600+ users with 63-second average engagement, managing 17,000+ user events.

• Created a grade distribution platform for UW-La Crosse, analyzing 17,000+ grades to guide course selection.
• Attracted 2,800 users with 107,000+ site events and an average engagement time of 3m 53s per active user.

• Built a Python/CST workflow to generate QR-code-based microstrip patch antennas.
• Automated S11 simulation and Bayesian Optimization across patch size, feed width, and QR geometry variants.

• Won "Best Website" award at nationals out of 94 chapters for leading a complete website redesign.
• Drove engagement to 1,900+ users and 13,800+ events with a 1:03 average session duration.

• Built an ESP32-based system that automatically unlocks building entrance when the apartment intercom is called.
• Detects incoming calls using ring detection and initiates an automatic response with DTMF tone to unlock the door.

• Developed a computer vision system to analyze running form, improve technique, and reduce injuries.
• Engineered a real-time system extracting 20+ biomechanical metrics at 35 frames per second.